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Established in 1982 with the support of the National Science Foundation,
the institute ranks among the leading centers for the mathematical sciences
in the world. Its mission is to identify problems and areas of mathematical-sciences
research related to challenges faced by other sciences and industry, to
demonstrate the impact of mathematics and statistics on other disciplines,
and to encourage the engagement of mathematical scientists with those
areas of application. Arnold was elected chair of the institute's Board of Governors in November
2000 and he had a long association with the institute, including two years
in residence and experience on the Computational Programs and Resources
Advisory Committee before joining the Board of Governors. "The institute has had an enormous impact on applied mathematics
during its first 20 years," Arnold said. "As the leading institute
in the world dedicated to enhancing the role of mathematics in interdisciplinary
research, in has helped to bring about lasting changes to the scientific
landscape." Arnold joined the Penn State faculty in 1989. During his tenure he has
helped to develop and manage the Penn State MathNetthe departmental
computer network serving the research, teaching, and administrative computing
needs of faculty, staff, and students. He served as Associate Chair for
Computing from 1991 to 1994 and as Interim Department Head in 1995. He
works as co-director of Penn State's Center for Computational Mathematics
and Analysis, associate director of Penn State's Institute for High Performance
Computer Applications, and as a member of the University's Center for
Gravitational Physics and Geometry. He received the George W. Atherton
Award for Excellence in Teaching at Penn State in 1996, the Teresa Cohen
Service Award from the Department of Mathematics in 1998, and the Eberly
College of Science Distinguished Service Award in 2000. Arnold's research interests center around mechanics, numerical analysis,
partial differential equations, and the interplay between those areas.
His contributions to the design and analysis of algorithms for differential
equations are widely recognized; in particular, the numerical simulation
of elastic plates and shells. In 1991, he was the first recipient of the
International Giovanni Sacchi Landriani Prize from the Academy of Arts
and Letters of Lombardy Institute in Milan for his outstanding contributions
to the field of numerical methods for partial differential equations.
He also studies numerical aspects of gravitational physics, devoting much
of his energy to computational relativity, with his long-term aim being
the numerical simulation of massive astrophysical events such as black-hole
collisions and the resulting emissions of gravitational radiation. "We are entering a period in which mathematics should become a vital
component of many fields and industries in which its presence has been
limited; for example, the life sciences and information technology,"
Arnold said. "In other areas, the level of involvement of mathematics
in interdisciplinary research should greatly increase. So, there are a
wealth of challenges and opportunities for the institute in the coming
years." <G C / D A / S W S>
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| This page is maintained by Barbara K. Kennedy: science@psu.edu, (814) 863-4682 and Leta A. Krumrine: LAK15@psu.edu, (814) 863-8453 Eberly College of Science, Office of Public Information, 427 Thomas Building, University Park, PA 16802-2112 This page was last updated on 27 March 2001 If you would like
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send electronic mail to: science-web@thunder.science.psu.edu |